Visão Geral
The 33477 calibration service is performed indoors using a reference pyranometer of the same make and model. Reference pyranometers are traceable to the World Radiometric Reference (WRR). This calibration is ISO 17025 accredited to ASTM G207 standard.
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Compatibilidade
The 33477 calibration service is suitable for the following solar sensors:
- Hukseflux SR20-T1, SR20-T2, SR20-T1-TR, SR20-D2, SR30-D1, SR05-DA1, SR05-DA2, SR11, SR03, and LP02
- Kipp & Zonen CMP11, CMP10, SMP11, SMP10, CMP6, and CMP3
Perguntas Frequentes Relacionadas
Number of FAQs related to 33477: 1
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We offer three pyranometer calibration services:
- 33477 ASTM G207 is an indoor calibration. The reference must be the exact same make and model as the sensor being calibrated. For example, a CMP11 must be used to calibrate a CMP11. Silicon detector sensors such as the CS300 are calibrated this way. This is the same method that the manufacturers of ISO 9060 sensors use to calibrate. Good.
- 33476 ASTM E824 is a more rigorous outdoor calibration. The reference must be the same classification or ISO 9060 specification—for example, secondary standard or second class. Better.
- 33475 ASTM G167 is an outdoor calibration. The reference is a transfer standard to WMO that has been yearly calibrated to a primary standard. Best.
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Service for the following products:
- CMP6-L - Pyranometer
- LP02-L - Pyranometer
- SR11 - First Class Pyranometer
- CMP3-L - Pyranometer with Sun Shield
- SR30-L - Class A Pyranometer with RS-485 Modbus Communications with Integrated Heating and Ventilation
- SR20-D2-L - Digital Class A Pyranometer
- MS-80M-L - Class A Pyranometer with RS-485 Modbus Communication
- CMP10-L - ISO Class A Pyranometer
- MS-80-L - Class A Pyranometer
- SR05-L - ISO 9060 Second Class Pyranometer with Analog and RS-485 Modbus Communications
- CMP11-L - Pyranometer
- SR20-T2-L - ISO Class A Pyranometer with 10K Thermistor
- SMP10-L - Radiation Sensor with Digital RS-485 Output